Forbes Farm LMF

Show me where it hurts-

Few quotes have influenced modern bodywork more than this one.

At first glance, it almost sounds dismissive. But Ida Rolf wasn’t suggesting that pain isn’t real. She was reminding us that the place that hurts is often not the place that started the problem.

A horse with sore shoulders may actually be struggling because of restricted ribs, an uneven pelvis, poor hoof balance, or long-standing compensation elsewhere in the body. Likewise, a painful back may simply be the region absorbing forces that another part of the body can no longer manage efficiently.

More than fifty years ago, Ida Rolf encouraged practitioners to stop chasing symptoms and start looking at the body as a connected system. Instead of asking, “Where does it hurt?” she asked, “Why is this area doing more work than it was designed to do?”

That way of thinking was revolutionary.

Rolf was a biochemist who developed a system of bodywork called Structural Integration, later known as Rolfing®. She believed the body functions as one interconnected structure rather than a collection of independent muscles and joints. While some of her explanations have evolved with modern science, her central idea has stood the test of time: change one part of the body, and the rest responds.

Today, advances in biomechanics, fascia research, neuroscience, and motor learning continue to reinforce that principle. We now understand that muscles, fascia, joints, and the nervous system constantly work together to distribute force, maintain balance, and adapt to injury or restriction.

Although Ida Rolf never worked with horses, her philosophy has profoundly influenced equine bodywork. Structural Integration has been adapted for horses, and many contemporary approaches—including myofascial work, movement education, postural recovery, and somatics—share the same underlying belief: improving movement begins with understanding the whole horse, not just the sore part.

Perhaps that is why her famous quote remains so relevant.

https://koperequine.com/fascia-remembers-what-muscles-forget/

Algae water issues

Manure management

Food for thought

Interesting read on scapular motion.

Research on muscle mobilization

Thoracic Sling and more

Equine Movement Begins in the Trunk

When we watch a horse move, our eyes are naturally drawn to the legs. Yet the legs do not create movement on their own. They transmit forces that originate and are coordinated through the trunk.

The trunk consists of the spine, ribs, sternum, pelvis, abdominal muscles, back muscles, diaphragm, and the continuous fascial network that connects them. It also houses the heart, lungs, digestive tract, and other internal organs. Together, these structures form the horse’s mechanical and physiological center.

Unlike humans, horses have no bony attachment between the forelimbs and the trunk. Instead, the forehand is suspended by a complex system of muscles and fascia known as the thoracic sling. Every stride depends on coordinated interaction between the thoracic sling, abdominal muscles, spinal stabilizers, pelvis, diaphragm, and hindquarters.

Before a limb leaves the ground, the nervous system prepares the trunk by activating stabilizing muscles. This creates a stable yet adaptable foundation from which the limbs can generate propulsion, absorb impact, and adjust to changing terrain while maintaining balance.

As the hind limbs push against the ground, force is transferred through the pelvis into the spine and trunk before reaching the forehand through the thoracic sling. Throughout every stride, the trunk subtly bends, rotates, flexes, and extends, allowing the horse to efficiently shift its center of mass while coordinating movement between front and back.

The internal organs also influence movement. With every breath and every stride, the lungs, diaphragm, digestive tract, and surrounding connective tissues move within the body cavity. Healthy movement depends not only on muscles and joints but also on these organs being able to glide comfortably within their supporting fascial attachments. Restrictions, discomfort, inflammation, or reduced mobility within the body cavity can alter posture, breathing mechanics, trunk motion, and ultimately the way the horse moves.

When the trunk functions efficiently:

* The back moves with elasticity.
* The thoracic sling supports the forehand effectively.
* The abdominal muscles contribute to spinal stability.
* Force is distributed throughout the body rather than concentrated in individual joints.
* The limbs swing more freely and economically.
* Balance, straightness, collection, and impulsion become easier to develop.

When trunk function is compromised by pain, stiffness, poor coordination, reduced mobility, or compensatory movement patterns, the limbs often become the visible victims rather than the primary source of the problem. Horses may shorten their stride, overload individual limbs, struggle with transitions, drift crooked, lose impulsion, or develop repeated musculoskeletal problems despite the legs themselves appearing structurally normal.

Modern biomechanics increasingly recognizes that locomotion is a whole-body process. The trunk integrates the actions of the musculoskeletal system, connective tissues, respiratory system, nervous system, and internal organs into a coordinated pattern of movement. The limbs express that movement, but they do not create it independently.

Efficient equine movement begins in the trunk. The quality of every stride reflects how well the horse’s central body can stabilize, adapt, breathe, transmit force, and move as an integrated system.

https://koperequine.com/the-thoracic-sling-the-horses-primary-system-for-balance-posture-and-force-organization/

Retirement cells

Cellular Senescence: When Cells Grow Old but Don’t Die

Cellular senescence occurs when a cell permanently stops dividing but remains alive and metabolically active. Think of it as a kind of cellular retirement rather than cell death.

Cells can enter senescence for many reasons, including aging, repeated cell division, DNA damage, oxidative stress, mitochondrial dysfunction, inflammation, and tissue injury. This process has useful biological roles. For example, stopping a damaged cell from continuing to divide can help protect against cancer, and temporary senescence can be part of normal wound healing and tissue remodeling.

Problems are more likely to develop when senescent cells begin to accumulate.

The immune system normally helps identify and clear these cells. As the body ages, that clearance can become less efficient, allowing more senescent cells to remain within tissues.

Many of these lingering cells release inflammatory and tissue-modifying substances collectively known as the senescence-associated secretory phenotype (SASP). These signals can influence nearby cells, alter the local tissue environment, and contribute to persistent low-grade inflammation.

Because of these effects, researchers are studying cellular senescence as one of the processes that may contribute to age-related changes including osteoarthritis, loss of muscle mass, impaired tissue repair, fibrosis, and metabolic disease.

What About Horses?

Research into cellular senescence in horses is still developing. Scientists have investigated senescence in cartilage, tendon, and other musculoskeletal tissues, where it may be one piece of the larger biological picture behind aging, chronic disease, and a reduced capacity for tissue repair.

This is particularly interesting in the older horse because healthy aging depends on far more than the condition of any single tissue. Movement, mechanical loading, metabolism, immune function, nutrition, existing disease, and overall management all interact.

Regular appropriate exercise, maintaining a healthy body condition, good nutrition, and thoughtful management of chronic disease can all help support healthy aging. These practices support the horse as a whole rather than specifically targeting cellular senescence.

Researchers are also investigating senolytics, drugs intended to eliminate certain senescent cells, and senomorphics, which are designed to modify some of the signals those cells produce. This is an active area of scientific research, and these approaches have not become established therapies for horses.

Where Does Massage Fit?

The connection between massage and cellular senescence is indirect.

Massage and other manual therapies can be useful parts of supporting an older horse’s comfort, movement, and general physical well-being. When a horse is comfortable and able to move well, it’s easier to maintain the regular, appropriate activity that supports musculoskeletal health as the horse ages.

https://koperequine.com/tissue-adaptation-telocytes-a-newly-discovered-cell-within-fascia-and-connective-tissuefascial-signaling-telocytes-in-connective-tissue-adaptation/

It's here- got a few minutes- grab a coffee or somehting cold and enjoy a read...

The August issue of Ranch Riding & More is LIVE!

Our newest digital magazine is ready to flip through.

Inside this issue:
• Meet our August Virtual Show judge
• Member Spotlight
• July Virtual Show highlights
• Dream Big
• Saddle Sojourn — our Share & Win travel feature
• Plus updates from Ranch Riding & More

📖 Flip through the August issue here:

https://heyzine.com/flip-book/44fbbc75fb.html

New to our digital magazine?
Just tap the link and flip through the pages like a regular magazine.

You’ll also find clickable links throughout the issue that will take you to more information.

And remember — our digital magazine can grow throughout the month, so check back to see what’s been added!

Ranch Riding & More

Real horses. Real riders. Real people.

Janice Bennett Lillian Evaniew-Phelan Saddle Sojourn Travel

Pasture rotation

Why You Should Consider Rotational Grazing This type of pasture management can help maintain the health of your horse pasture, defeat parasites, and keep your horse happy and healthy.